Dear Sir /
Madam

If it would be interesting for you to learn,

1) why the signals of Extraterrestrial Civilizations have not been
still detected (“the Great Silence of Cosmos”) [A.2( see Article 2),
the commentaries – below ];

2) why the electromagnetic waves radiated by our brain and
carrying a definite information (e.g. telepathic) have not been still
detected [A.2];

3) why in the band (of frequencies) much less than 1 hertz one
can transmit information at a speed much more than 1 bit in a second
if one use a so-called “non-linear” (“inversely proportional”)
frequency modulation of signals, and, thus, in the band of only one
working radio station one can easily place – all wireless stations of
the world! [A.2];

4) what kind of signals radiate living creatures which are not
detected with up-to-date physical devices, are protected excellently
from any noises, go through any obstacles, and are received reliably
in any point of the Earth [A.2];

Is anyone here interested in micromouse, problems of logic or
programming? (The principles behind micromouse maze solving are fairly
simple so I have decided to leave that to you and the search engines to
save space here)

If you have no idea what this is all about and would like to know more,
this link shows a micromouse in action (cool!)
http://www.youtube.com/watch?v=_L9rkLAskWU

I have designed some code in C to solve a standard micromouse maze using
my own algorithm. The code is functional, it works as predicted and
there are no known bugs. The source code is very explicit since it will
eventually be translated into assembly language.

In order to prevent the mouse from "looping" or circling a region
indefinately, code was introduced to recognise "dead-ends".

In the simplest case, the mouse enters a cell through its only point of
entry/exit. In leaving the cell, it recognises that it is a dead-end and
so it blocks further access to the cell by writing a "virtual" wall to
memory.